SPECIFICATIONS

Application: Desktop

Brand Name: Intel

Chip Process: 10 NM

Choice: yes

Cooling system: No

Default TDP / TDP: 65

GPU-built: No

Hign-concerned Chemical: None

Intel Model: i5-12400F

L2 Cache Capacity: 7.5

L3 Cache Capacity: 18

Number OF Therads: 12

Number of Cores: Six Core

Origin: Mainland China

PCIe VERSION: PCIe 4.0

Package: No

Processor Type: Intel Core

Socket Type: LGA 1700

Support Chipset Models: Intel H610

Support Memory Channels: 2

Support Memory Type: DDR4

Type: 6-Core

Unlocked: No

Usage Scenario: others

Intel Core i5-12400F is a desktop level processor in Intel's 12th generation Core series, without a built-in graphics card, suitable for use with a discrete graphics card. The following is a specific introduction:

Core parameters: Adopting Intel 7 (10nm) technology, it has 6 performance cores and does not have energy efficiency cores. It supports 12 threads through hyper threading technology. The basic frequency is 2.50GHz, the maximum turbo frequency can reach 4.40GHz, and the cache is 18MB Intel ® Smart Cache， The total capacity of the second level cache is 7.5MB.

Slot type: FCLGA1700 slot is used, which needs to be matched with 600 series motherboards such as Z690, B660, H610, etc.

Memory support: Supports dual channel memory, can support DDR5 4800MT/s or DDR4 3200MT/s memory, with a maximum memory size of 128GB and a maximum memory bandwidth of 76.8GB/s.

Graphics capability: This processor does not have an integrated graphics card and must be paired with a dedicated graphics card to output images.

Power consumption: The basic power consumption of the processor is 65W, the maximum turbo power consumption is 117W, and the maximum operating temperature is 100 ° C.

Technical features: Supports PCIe 5.0 and 4.0, with up to 20 PCIe channels, providing high-speed data transmission capability. Also supports Intel ® Turbo Boost 2.0, Intel ® Technologies such as Gauss and Neural Accelerator 3.0, as well as support for hardware virtualization, are beneficial for the operation of virtual machines.